Toxic Air Pollution Handbook

The 1990 Amendments to the Clean Air Act created an entirely new program for the regulation of toxic air pollutants. As a result, the sources of these pollutants have been required to upgrade their control measures or install new ones. Here is the first comprehensive reference on how to assess, regulate, and control these pollutants in order to comply with the new regulations. The Toxic Air Pollution Handbook lists 189 toxic air pollutants subject to regulation and their sources. It covers the latest acceptable control methods and identifies safe and/or acceptable levels of exposure for these pollutants as mandated by the Environmental Protection Agency (EPA). The author clarifies the requirements of the 1990 amendments, describes how the toxicity of air pollutants is evaluated, and provides EPA-accepted health criteria for dealing with these pollutants. Also included are discussions of methods for assessing/quantifying human exposure to toxic air pollutants; technologies and operating procedures used to control emissions; fugitive emissions (an important but little understood source of air pollution); air sampling methods and emission estimation; and how to communicate with the public, press, and regulators about risks associated with air toxics. Throughout, emphasis is on the reduction of toxic emissions. The author discusses the new science of ecological assessment, as well as current state and local toxic air pollutant regulatory programs. He addresses air dispersion and deposition models, how to include population activity in an exposure assessment, how to derive and use ambient concentration limits, and how to use risk assessment with air toxics. Other key subjects addressedinclude air toxics from mobile sources, the effects of various regulatory programs, and international controls. Plant managers, environmental managers, environmental consultants, regulators, and teachers will find the Toxic Air Pollution Handbook to be a vital resource.

This book addresses air dispersion and deposition models, how to include population activity in an exposure assessment, how to derive and use ambient concentration limits, and how to use risk assessment with air toxics. Includes air toxics from mobile sources, the effects of various regulatory programs, and international controls.